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Related papers: TOI-7154b: A Close-in Massive Brown Dwarf in an Ec…

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Recent observations of giant planets have revealed unexpected bulk densities. Hot Jupiters, in particular, appear larger than expected for their masses compared to planetary evolution models, while warm Jupiters seem denser than expected.…

We report the discovery of TOI-3493 b, a sub-Neptune-sized planet on an 8.15-d orbit transiting the bright (V=9.3) G0 star HD 119355 (aka TIC 203377303) initially identified by NASA's TESS space mission. With the aim of confirming the…

We present the detection of a young brown dwarf companion DH Tau B associated with the classical T Tauri star DH Tau. Near-infrared coronagraphic observations with CIAO on the Subaru Telescope have revealed DH Tau B with H = \~15 mag…

Small-sized exoplanets in tight orbits around young stars (10-1000 Myr) give us the opportunity to investigate the mechanisms that led to their formation, the evolution of their physical and orbital properties and, especially, of their…

One of the goals of the ESPRESSO guaranteed time observations (GTOs) at the ESO 8.2m telescope is to follow up on candidate planets from transit surveys such as the TESS mission. High-precision radial velocities are required to characterize…

Context. HD13724 is a nearby solar-type star at 43.48 $\pm$ 0.06 pc hosting a long-period low-mass brown dwarf detected with the CORALIE echelle spectrograph as part of the historical CORALIE radial-velocity search for extra-solar planets.…

Earth and Planetary Astrophysics · Physics 2020-04-06 E. L. Rickman , D. Ségransan , J. Hagelberg , J. -L. Beuzit , A. Cheetham , J. -B. Delisle , T. Forveille , S. Udry

Spot-crossing transits offer a unique opportunity to probe spot properties such as temperature, size, and surface distribution. TOI-3884 is a rare system in which spot-crossing features are persistently observed during every transit. This…

Small planets on close-in orbits tend to exhibit envelope mass fractions of either effectively zero or up to a few percent depending on their size and orbital period. Models of thermally-driven atmospheric mass loss and of terrestrial…

Earth and Planetary Astrophysics · Physics 2020-06-17 Ryan Cloutier , Joseph E. Rodriguez , Jonathan Irwin , David Charbonneau , Keivan G. Stassun , Annelies Mortier , David W. Latham , Howard Isaacson , Andrew W. Howard , Stéphane Udry , Thomas G. Wilson , Christopher A. Watson , Matteo Pinamonti , Florian Lienhard , Paolo Giacobbe , Pere Guerra , Karen A. Collins , Allyson Beiryla , Gilbert A. Esquerdo , Elisabeth Matthews , Rachel A. Matson , Steve B. Howell , Elise Furlan , Ian J. M. Crossfield , Jennifer G. Winters , Chantanelle Nava , Kristo Ment , Eric D. Lopez , George Ricker , Roland Vanderspek , Sara Seager , Jon M. Jenkins , Eric B. Ting , Peter Tenenbaum , Alessandro Sozzetti , Lizhou Sha , Damien Ségransan , Joshua E. Schlieder , Dimitar Sasselov , Arpita Roy , Paul Robertson , Ken Rice , Ennio Poretti , Giampaolo Piotto , David Phillips , Joshua Pepper , Francesco Pepe , Emilio Molinari , Teo Mocnik , Giuseppina Micela , Michel Mayor , Aldo F. Martinez Fiorenzano , Franco Mallia , Jack Lubin , Christophe Lovis , Mercedes López-Morales , Molly R. Kosiarek , John F. Kielkopf , Stephen R. Kane , Eric L. N. Jensen , Giovanni Isopi , Daniel Huber , Michelle L. Hill , Avet Harutyunyan , Erica Gonzales , Steven Giacalone , Adriano Ghedina , Andrea Ercolino , Xavier Dumusque , Courtney D. Dressing , Mario Damasso , Paul A. Dalba , Rosario Cosentino , Dennis M. Conti , Knicole D. Colón , Kevin I. Collins , Andrew Collier Cameron , David Ciardi , Jessie Christiansen , Ashley Chontos , Massimo Cecconi , Douglas A. Caldwell , Christopher Burke , Lars Buchhave , Charles Beichman , Aida Behmard , Corey Beard , Joseph M. Akana Murphy
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